Turbine Inlet Air Systems
Tisdale Company manufactures a cost-effective, reliable solution: Packaged Inlet Air Chilling/Heating Systems for gas turbines that contain all the elements to chill or condition inlet air. As the innovator of Packaged Inlet Air Cooling Systems for gas turbines, Tisdale Company offers the advantages of a turnkey system with the benefits of integrated design and construction. The result is the much improved power output you expect.
Tisdale Company will design a dependable, cost-effective gas turbine inlet air chilling package specifically for your application. The system designed by Tisdale Company will incorporate the following essential components:
* Inlet Air Chilling/Heating Coils
* Pakcaged Chilling Module (P.C.M.) (80-6,500 Tons)
* Water Treatment System (No chemicals needed)
* Modular Cooling Tower(s) (Steel or Fiberglass)
* Inlet Heating Module (optional) (Standard or Low NO)
Turbine Inlet Chilling Systems marketed by Tisdale Comapny are manufactured in our 45,000 sq. ft. fabrication and testing facility, where over 36 years of domestic and international industrial cooling systems knowledge and experience combine to ensure that equipment meets our customers’ specifications and requirements.
Tisdale Company Inc. is the first to package inlet chilling systems. Over 85 shipped and operating (approx. 250,000 refrig. tons) will attest to our industry-recognized competence and reliability. In addition, we have introduced new products extending the range and capability of inlet cooling systems beyond the present capability of any competition.
Today’s combustion turbines used in the generation of power must operate at optimum capacity to compete in the power marketplace. Turbine inlet air that is hotter than manufacturers’ design temperatures can lower this output.
Packaged Chilling & Heating Modular Systems
Within the heart of the PCM systems are our twin, electric driven centrifugal compressors, (an aircraft derivative design), chiller unit, complete with electronic controls (remote monitoring/control capable), starters, piping, safteys, and other devices to allow the chiller to operate safely, efficiently & reliably. “One duty/One standby” philosophy is evident by the twin compressors in the centrifugal chiller unit, where one compressor can be serviced while the other one can run at/up to 60% of total unit capacity – another emphasis on system reliablility & serviceability.
Two condensers & two chilled water pumps with full electrical switchgear, work as “one duty” and “one standby” for reliability in case of failure or periodic service on pumps.
Since the pumps have spearate starters and controls, they can safely be serviced, switched from “duty” to “standby” or “valved-out” and replaced. The pumps, chiller and water line specialties (flow setting valves, flow measurement, stop valves, check valves, gages, thermometers, etc.) are fully installed, welded, corrosion protected and insulated for servere duty.
The PCM 2200-C-50/60 Packaged Colling System is a complete self-contained refrigeration, pumping, control and switchgear skidded unit with all components prepiped, wired and requiring only power input and condenser/chilled water connections. The PCM is deigned to be fabricated in a module with weight and dimesions (see drawing) that can be readily transported to sites worldwide. Once at the site, installation and connection times are approximately 5 days to start-up.
FEATURES:
* Increased turbine output.
* Better fuel economy.
* Simple packaged concept.
* High reliablility through redundancy of critical components.
* Cost effective with fast return on investment.
* Easy access-servicability.
* Low maintenance.
* Pre-engineered for fast delivery.
* Package size & weight for easy shipping on public highways.
* Environmentally friendly R-134a system refrigerant with no chlorine.
* Designed, engineered & installed on a turn key basis.
* Options for different voltage/phase & environments.
* Worldwide service after the sale with remote system monitoring avaliable.
ADVANTAGES:
* Max capacity power production.
* Reduced fuel consumption.
* More economical usage.
* Faster payback for initial investment.